Used ESEC 2007 #181112 for sale

ESEC 2007 die attacher is an advanced automated equipment used in manufacturing to apply dies or plastics and metals to a variety of surface types. This equipment utilizes a high-temperature, electric-induction melting process to weld dies quickly and accurately to a variety of flat, contoured, and angular surfaces. It features a high-speed PLC processor and a graphical user interface (GUI) for easy operation. Its features include dual-equipment control, automatic die tracking, and two high-pressure welding heads. The dual-system control stands as the highlight of 2007 die attacher. This unit allows for easy input of variable parameters and control algorithms during the welding process. The dual-machine control also uses closed-loop feedback control and position-induced measurements for optimal performance. The automatic die tracking tool of the die attacher helps to ensure accuracy and repeatability during the welding process. It uses a laser to identify exact coordinates of the die's location. This helps to ensure constant welding pressure and an accurate weld formation. The two welding heads feature internally cooled coils and integrated temperature sensors, allowing temperatures up to 700°C to be reached. The heads also have adjustable mechanical stops, allowing different depths of penetration without manual adjustments. The welding heads are also equipped with a high-power current and voltage transformers, allowing for greater control to deliver precise results. Additionally, the die attacher is designed with safety features to ensure operational safety and protect operators. Safety features include interlocking doors, dual-layers of insulation, and circuit breakers. Overall, ESEC 2007 die attcher is an advanced automated equipment that allows manufacturers to apply dies or plastics and metals onto a variety of surface types. It is equipped with powerful features such as dual-asset control, automatic die tracking, and two high-pressure welding heads. It also has safety features for greater operational safety.